DE1941178U - TRANSPORT DEVICE FOR ITEMS SUCH AS CURBON STONES, PIPES OD. DGL. - Google Patents

Description

Transport device for objects such as curbs, pipes or the like,

The innovation concerns a transport device for objects such as ZeB. Curbs, pipes or the like "consisting of one on one Chassis arranged frame and a load carrier.

In the case of construction work, it is necessary to have a storage area in Components that are stored and to be processed in the vicinity of the work site, such as building blocks with different dimensions and forms or pipes to be transported from this storage location to the work site. However, these objects are often so heavy that they cannot be worn by one person.

It is known to take such items with the help of several people to move to the workplace. This procedure is cumbersome, time consuming and therefore costly. For transport A lifting vehicle equipped with a gripper has therefore already been used for these objects. Such a vehicle but is not economically exploited by such a use, so that this type of transport is too expensive.

There are also uniaxial transport devices in the manner of a sack trolley known, which are equipped with a load carrier at the front. These devices are not suitable for transporting the in very different components in their shape.

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The innovation is therefore based on the task of simplifying the transport of such items and making them cheaper.

This object is achieved according to the innovation in that the load carrier provided on the front side of a Rod is surmounted, which has an adjustable in a locking and a release position at the front end of the holding arm rests in its locked position on the front of the object on the load carrier.

To handle such a transport device in a simple manner can, according to a further embodiment of the furnace, the rod is rotatably mounted, with the holding arm at the front end rigidly attached and a handle is provided for rotating the rod approximately at the rear end.

Embodiments of the innovation are shown in the drawing and are described in more detail below. Show it

Fig. 1 is a perspective view of the transport device;

Fig. 2 is a partially sectioned view of the transport device with longitudinally movable supporting rod \

3 shows a partially sectioned view of the transport device with a longitudinally displaceable and height-adjustable holding rod .

The transport device according to the innovation consists like »Figo 1 and a single-axle chassis 1, on the axis of which a frame 2 is mounted. This frame 2 carries a tube 3 * which is supported on the axis of the chassis 1 via struts 4. At the rear end of the tube 3 a handle 5 is provided for moving the transport device, while an approximately L-shaped load carrier 6 is connected in the vicinity of the front end. The latter is also supported on the axle of the chassis 1 via supports 7. In the pipe 3 i ^s "a rod 8 t rotatably and longitudinally displaceably guided is fastened to the rear end thereof, a handle 9 and the front end of a holding arm 10 degrees.

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It can be seen that the transport device is driven to the storage area by one person using the handle 5 can be. By lowering the load carrier 6 and horizontal ^ parts of the holding arm 10 by rotating the rod 8 over a load 11 can be gripped under the handle 9 »Then the rod 8 is pushed forward and rotated so far that the holding arm 10 rests against the front of the load 11 »This The position of the rod 8 is determined in the axial direction by a clamp 12 or the like, which can be moved and locked is mounted on the rear end of the rod 8 and can be supported on the tube 3. The holding arm 10 thus prevents the load 11 to tilt forward so that it can be lifted and driven to the workplace. The weaning takes place accordingly in the opposite direction and also exclusively by handling the transport device, i.e. without touching the Load 11 itself. Depending on the size of the load 11 to be transported the rod 8 can be adjusted in the longitudinal direction by the clamp 12, as indicated in FIG.

In the embodiment of FIGS. 1 and 2, the tube 3 is rigidly attached to the frame 2, to the struts 4 and to the load carrier 6. In the embodiment of FIG. 3, the angle of inclination of the tube 3 can be adjusted and thus the height of the load carrier 6 can be changed. For this purpose, the tube 3 is rotatably mounted on the frame 2 at 2 '. In the same way, the load carrier 6 is ^{connected to the tube 3 at 6 1} , the supports 7 being designed as links 7 ¹ and articulated on the axle of the chassis 1 and on the load carrier 6. The strut 4 is also articulated on the tube 3 u ^ xl on the axis of the chassis 1. In order to be able to change the angle of inclination, the strut'4 is designed to be variable in length, for example telescopic, whereby the two strut parts, which can be adjusted relative to one another, can be fixed in the selected position by a plug 4 '; are.

It is also conceivable to let the rod 8 protrude only to the front as a part firmly connected to the tube 3 and the Support arm 10 rotatable and adjustable for length to store on this. Of course, several rods 8 can also be provided his or the tube 3 can be replaced by several individual storage locations.

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Claims (5)

- P ι I. U- υ υ -ι ^ protection claims 1. Transport device for objects such as, for example, curbs, pipes or the like. Consisting of a frame arranged on a chassis and a load carrier, characterized in that that the provided on the front load carrier (6) is protruded forward by a rod (8), which is at the front The end of a holding arm (10) which can be adjusted into a blocking and a release position and which is in its blocking position on the front of the load (11) on the load carrier (6). 2. Transport device according to claim 1, characterized in that the rod (8) is rotatably mounted, at the front end the holding arm is rigidly attached and a handle (9) for rotating the rod (8) is provided approximately at the rear end is. 3. Transport device according to claim 1 and 2, characterized in that the rod (8) is axially displaceable and supported by a clamp (12) can be locked in the respective axial position. 4. Transport device according to claim 1 to 3? characterized, that the rod (8) is guided in a tube (3) which is firmly connected to the frame (2) and the load carrier (6). 5. Transport device according to claim 1 to 3 »characterized in that that the rod (8) is guided in a tube (3) which is articulated on the frame (2) and on the load carrier (6), wherein the load carrier (6) is supported on the handlebars (7 '), and that the tube (3) by a variable in length, on both ends hinged strut (4,4 ') in its position to Frame (2) can be determined.